TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
| - | |
| - Adaption strategies | |
| - Drought resistant rootstocks | |
| - Field grafting | |
| - Soil cover and water conservation | |
| - Viticultural management in Luxembourg under increasingly drier summer conditions | |
| -Emerging Wine Regions | |
| -Governance | |
| -Green Transition | |
| -Helan Mountains | |
| -Sustainability Standards | |
| 1 | |
| 1-HER | |
| 2 | |
| 2003 UNESCO Convention | |
| A | |
| ABA | |
| abiotic stress | |
| abnormal plantlets | |
| Accessibility | |
| Acetic acid production | |
| Acid | |
| acidity | |
| acids | |
| Adaptation potential | |
| Adaptive enology | |
| adaptive oenology | |
| added value | |
| additives | |
| Advanced integrated labels | |
| aging | |
| AGRARIAN | |
| Agrarian Law | |
| agritourism | |
| Agronomic and socio-economic trade-offs | |
| Agroscope | |
| AI | |
| alcohol | |
| Alcohol consumption patterns | |
| alcohol monopoly | |
| alcohol reduction | |
| alcoholic beverage | |
| alcoholic fermentation | |
| alcoholic–malolactic co-fermentation | |
| Aldehydes | |
| alginic acid | |
| altered phenology | |
| Altitude | |
| Amino acid remodeling | |
| ampelography | |
| analysis | |
| Analytical methodologies | |
| analytical testing | |
| antagonistic yeasts | |
| Anthocyanin | |
| Anthocyanin extraction | |
| anthocyanins | |
| Anthropology | |
| Anti-inflammatory activity | |
| Antifungal volatile metabolites | |
| Antioxidant | |
| antioxidant activity | |
| Antioxidant capacity | |
| antioxidant enzymes | |
| Arid agriculture | |
| Armenia | |
| Arneis | |
| Aroma | |
| aroma analysis | |
| Aroma descriptor | |
| Aroma fingerprint | |
| Aroma precursors | |
| Aroma profiles | |
| aroma recovery | |
| aroma retention | |
| aromatic complexity | |
| Artifical Intelligence | |
| artificial intelligence | |
| Asoleado | |
| Aspergillus vine canker | |
| assimilation rate | |
| Astringency | |
| Astringency perception | |
| Asymmetry | |
| authenticity | |
| Autochthonous Grape varieties | |
| Autochthonous varieties | |
| B | |
| Bacillus velezensis | |
| Barbera | |
| Base wine | |
| behavioural intention | |
| beibinghong | |
| benchmarking | |
| Bentonite Fining | |
| Berries quality | |
| berry brush | |
| berry composition | |
| Berry growth | |
| berry quality | |
| Bilibili | |
| bio-stimulant | |
| bioacidification | |
| bioactive compounds | |
| Bioanalysis | |
| Bioavailability | |
| Biodiversity | |
| biodiversity enhancement | |
| Bioelectrical diagnostics | |
| biological acidification | |
| Biological aging | |
| Biological control | |
| Biologycal and Physical techniques | |
| Bioprotection | |
| Bitterness | |
| Blaufränkisch | |
| Block chain | |
| Bordeaux | |
| Botrytis cinerea | |
| Bottle aging | |
| breeding | |
| breeding for cold- and drought- resistance | |
| breeding for cold-resistance | |
| breeding method | |
| breeding methods | |
| Brewing characteristics | |
| Browning | |
| buffer capacity | |
| Bulked segregant analysis sequencing (BSA-seq) | |
| Burgundy | |
| By-product valorisation | |
| By-products | |
| C | |
| Cabernet Gernischt | |
| Cabernet Sauvignon | |
| calcium tartrate instability | |
| calidad | |
| calidad enológica | |
| cambio climático | |
| Candidate gene screening | |
| canopy reflectance indices | |
| Cap submersion | |
| caravaning | |
| carbon isotopic composition | |
| Carmenère | |
| Carotenoids | |
| Cascading biorefinery | |
| cell wall | |
| certification | |
| Challenge-based innovation | |
| challenges | |
| Changing Market | |
| Characteristic flavor compounds | |
| Chardonnay | |
| Charmat method | |
| chatbot | |
| chemometrics | |
| Chemotherapy for virus elimination | |
| Chile | |
| China | |
| China and France | |
| China's wine industry | |
| Chinese flavour profiles | |
| Chinese Oak | |
| Chinese wine | |
| Chromatic characteristics | |
| chromatic stability | |
| circular economy | |
| circular winemaking | |
| circulation structure | |
| Citizen science | |
| classic | |
| Clean-label wine additives | |
| Climas cálidos | |
| climate | |
| Climate adaptation | |
| Climate change | |
| climate change adoption techniques | |
| Climate resilience | |
| Climate variability | |
| climate-resilient grapes | |
| Clinical study | |
| Clonal variability | |
| Closure | |
| Cluster microclimate | |
| Cluster thinning | |
| Co-construction | |
| Cognitive resilience | |
| cold and drought-resistant grape varieties | |
| cold climate zone | |
| Collective Branding | |
| collective intelligence | |
| Color | |
| Color intensity | |
| Color stability | |
| colour | |
| combination | |
| Complex Thought | |
| component composition | |
| composición fenólica | |
| composite indicators | |
| composition bias | |
| Compound-specific isotope ratio | |
| CoMPP | |
| Compuestos fenólicos | |
| computer | |
| conductance | |
| Conductivity | |
| Coniella vitis | |
| conservation models | |
| Conservation Tillage | |
| Constructivist Market Studies | |
| consumer acceptance | |
| consumer behavior | |
| consumer education | |
| Consumer information | |
| Consumer preference | |
| Consumer preferences | |
| Consumer rights | |
| consumption values | |
| control of origin and authenticity of wine components | |
| Correlation | |
| Cover crops | |
| Craft wineries | |
| critical period | |
| Crop management | |
| crop wild relatives | |
| cryo-conservation | |
| cryoconcentrate | |
| Cryotherapy for virus elimination | |
| cultivar | |
| Cultivar susceptibility | |
| Cultivar-specific | |
| Cultivar-specific response | |
| Cultivar–rootstock optimisation | |
| Cultivated wine grape area | |
| cultivation | |
| cultural adaptation | |
| cultural capital in wine | |
| cultural diplomacy | |
| cultural values | |
| customer experience | |
| D | |
| Data Governance | |
| data integration | |
| data quality | |
| dealcoholisation technologies | |
| Dealcoholization | |
| dealcoholized | |
| dealcoholized wine | |
| Dealcoholized wines | |
| Decision support system | |
| Decision-making | |
| Decision-making heterogeneity | |
| Deep learning | |
| Defects | |
| Delayed harvest | |
| demonstrators | |
| Design Thinking Methodology | |
| development trend | |
| development trend of intelligent equipment | |
| dietary orientation | |
| differential thermal analysis | |
| Diffusible antifungal metabolites | |
| Diffusion of Innovation | |
| Digital early warning | |
| Digital inclusion | |
| Digital passport | |
| digital platform | |
| Digital sobriety | |
| Digital Transformation in Agriculture | |
| Digital wine labeling | |
| direct carbonation | |
| Direct sales | |
| Directed Vat Set Freeze-Drying Starter | |
| discovered cultivars | |
| Disease Resistance | |
| Disease suppression | |
| dissolved oxygen | |
| Distribution | |
| Diversification | |
| Double long curtain canopy | |
| Double pruning | |
| DOURO | |
| Douro Demarcated Region | |
| Douro PDO wines | |
| DOV | |
| downy mildew | |
| DPPH kinetics | |
| Drinking behavior | |
| drought | |
| drought stress | |
| dry red wine | |
| Dry wine | |
| Dry-cold viticulture | |
| dry-farmed viticulture | |
| Dynamic bayesian network | |
| E | |
| e-commerce | |
| early harvest | |
| Early warning | |
| East Asian Grapevine Germplasm | |
| Eastern foothills of Helan Mountain | |
| Eastern Foothills of Helan Mountain Wine Region; | |
| EAT-26 | |
| Eating disorders | |
| Ecologic Viticulture | |
| ecological benefit | |
| ecological conditions | |
| ecological product value realization | |
| econimic problems | |
| Economic Barriers | |
| economic benefit | |
| economic resilience | |
| Edu-metaverse | |
| Elevated structure drying | |
| elite hybrid grapevine line ‘140902’(female parent ‘Syrah’ × male parent V. amurensis) | |
| embryo rescue | |
| Endogenous CO₂ atmosphere | |
| Endophytes | |
| energy expenditure | |
| Enose | |
| enotourism | |
| entity resolution | |
| Entrepreneurial ecosystems | |
| entrepreneurial orientation | |
| environmental footprint | |
| Epiphytic Microorganisms | |
| EPR | |
| Equity | |
| ester compound | |
| ethanol | |
| ethanol as a reference substance | |
| ethanol reduction | |
| Ethanol removal | |
| EU wine law | |
| European regulation | |
| experience economy | |
| Experiential maturity | |
| Experiment | |
| expert ratings | |
| Export | |
| Extended skin maceration | |
| Extreme hot climate viticulture | |
| F | |
| Farm to Fork Strategy | |
| farmers | |
| fat accumulation | |
| Fengycin | |
| Fenología | |
| fermentation | |
| field collections | |
| fire | |
| fiscal structure | |
| Fisiología Vegetal | |
| Flavor | |
| Fleshy fruit | |
| foam | |
| Food and Wine Court | |
| food and wine pairing | |
| France | |
| Freeze-drought cane desiccation | |
| French National institute for origin and quality protection | |
| fructose | |
| Fruit quality | |
| fruity esters | |
| Functional food concentrates | |
| Fungal tolerance | |
| G | |
| Gamma irradiance | |
| gas chromatographic testing | |
| gastronomic heritage | |
| GC-MS | |
| GC-MS/MS | |
| GCxGC | |
| gene expression | |
| genetic characteristics | |
| genetic characterization | |
| genetic resources | |
| Genetic variation | |
| Genome editing (gene editing) | |
| genotyping | |
| Geographical indication | |
| geographical indication awareness | |
| Geographical indications | |
| geographical origin | |
| germplasm resource | |
| Gibberellin | |
| Girdling | |
| Glera | |
| global survey | |
| global warming | |
| global wine paradigms | |
| GLRaV-3-infected | |
| glutathione-rich inactivated yeast | |
| Glycolipids | |
| Grape | |
| Grape berry diseases | |
| Grape berry structure | |
| Grape breeding | |
| Grape by-products | |
| Grape Chemistry | |
| Grape disease | |
| Grape downy mildew | |
| Grape garden area agglomeration | |
| Grape Juice | |
| Grape marc valorization | |
| Grape pests | |
| Grape polyphenols | |
| grape pomace | |
| Grape pomace biochar | |
| grape powdery mildew | |
| grape production in China | |
| Grape quality | |
| Grape ripeness | |
| grape seed valorisation | |
| grape skin | |
| grape yield | |
| grapes | |
| grapevine | |
| grapevine diversity | |
| Grapevine management | |
| Grapevine planting material | |
| grapevine productivity | |
| Grapevine trunk diseases | |
| grapevine varieties | |
| grapevine yellows | |
| Grapevines | |
| Grapevine–pathogen interaction | |
| Grass Cover | |
| Gravel drying | |
| Green analytical chemistry | |
| green extraction | |
| Green extraction technologies | |
| Green Flavor | |
| green manure | |
| Greenness assessment | |
| Grounded theory | |
| growing region | |
| Growth regulator | |
| Grubbing-up | |
| Grüner Veltliner | |
| H | |
| Hanseniaspora_vineae | |
| Harvest control | |
| Harvest dates | |
| health risks | |
| Heat stress | |
| heatwaves | |
| Hedonic pricing | |
| Helan Mountain east foot | |
| Helan Mountain East Foothills | |
| heterogeneous data integration | |
| High geographical resolution | |
| high sugar fermentation | |
| High vigour | |
| high-fat diet | |
| high-quality and stress-resistant breeding | |
| High-Quality Development | |
| High-tannin red wines | |
| High-throughput phenotyping | |
| High-throughput sequencing technique | |
| Histamine | |
| historical evolution | |
| Hospitality industry | |
| HS-SPME-GC-MS/MS | |
| Hybrids | |
| hydroalcoholic extraction | |
| Hydrolytic enzymes | |
| Hydropolysulfides | |
| Hyperoxigenation | |
| hyperspectral indexes | |
| I | |
| IBMP | |
| ICP-MS | |
| identification | |
| Illumination-specific | |
| Immature embryo | |
| Immobilization | |
| in vitro | |
| Indigenous grapevine cultivar | |
| indigenous wine yeast | |
| Indigenous Yeast | |
| Indigenous yeast strains | |
| Induced mutagenesis | |
| Induced resistance | |
| industrial layout | |
| Industrial property law | |
| Industrial Symbiosis | |
| industry-academic collaboration | |
| Information Disclosure | |
| innovation | |
| Innovation adoption | |
| Innovation Ecosystem | |
| INRAE | |
| Intangible cultural heritage | |
| Intellectual property | |
| Inter-varietal variability | |
| interactions | |
| internal standard | |
| International Grape Varieties | |
| Interoperability | |
| Interspecific hybrids | |
| Interstice | |
| Intra-varietal variability | |
| Intra-variety improvement | |
| intracellular water | |
| Introgression | |
| Ion accumulation | |
| Ion transport | |
| irrigation | |
| ITC | |
| Itria Valley | |
| K | |
| K-means | |
| key metabolites | |
| Kyoho grape | |
| L | |
| L(+)-tartaric acid | |
| Label | |
| labelling | |
| Labor Elasticity | |
| Lachancea thermotolerans | |
| lactic acid | |
| Lactiplantibacillus plantarum | |
| Lactobacillus brevis LB-21 | |
| Landscape | |
| Late frost | |
| LC-HRMS metabolite profiling | |
| LC-MS | |
| LC-MS/MS | |
| Leachate dynamics | |
| Leaf disc test | |
| Leaf picking | |
| Legal innovation | |
| legal problems | |
| Lentilactobacillus hilgardii Q19 | |
| lifestyle segmentation | |
| lignin | |
| lipid metabolism | |
| Listán Prieto | |
| Literature review | |
| local narrative | |
| Logistics and compliance costs | |
| Long-term maceration | |
| long-term thinking in wine | |
| low alcohol | |
| luxury wine strategy | |
| Lysimeter experiment | |
| Lysine | |
| M | |
| M rootstocks | |
| Maceration | |
| Machine Learning | |
| Macroporous resin | |
| Maduración Tecnológica | |
| Major and trace elements | |
| malolactic fermentation | |
| Malolactic fermentation performance | |
| management sciences | |
| managerial sustainability commitment | |
| Marker-assisted selection (MAS) | |
| Market | |
| Market Acceptance | |
| Market access | |
| Market construction | |
| market Distribution | |
| market segmentation | |
| market structure | |
| market transparency | |
| mass spectrometry | |
| Maule Valley | |
| Meaning Construction | |
| Mechanical pruning | |
| Mechanistic Antioxidant Fingerprinting | |
| Mediation | |
| Mediterranean Diet | |
| Mediterranean viticulture | |
| mejora genética | |
| membrane technology | |
| metabolic cross-feeding | |
| Metabolism | |
| metabolomic | |
| metatartaric acid | |
| metaverse | |
| Metil jasmonato | |
| Metschnikowia pulcherrima | |
| Micro-terroir | |
| Microalgae proteins | |
| microbial consortia | |
| microbial diversity | |
| Microbial stability | |
| Microbial terroir | |
| Microbialcommunity | |
| microbiome | |
| Microorganisms | |
| Microorganisms community | |
| Minimal-intervention winemaking | |
| MLF starter culture | |
| mobility | |
| Model | |
| Modeling | |
| molecular marker | |
| Molecular simulation | |
| Montenegro | |
| Moscato giallo | |
| Mountain Viticulture | |
| mouthfeel | |
| Multi-ethnic Communities | |
| Multi-ionic irrigation | |
| Multi-isotopic determination | |
| Multi-parameter method | |
| multidimensional analysis | |
| multiple correspondence analysis | |
| Multispectral analysis | |
| multivariate analysis | |
| multivariate statistics | |
| Muscat | |
| muscat flavor | |
| Must oxidation | |
| N | |
| Native grapevine-associated yeasts | |
| Natural | |
| Natural deep eutectic solvents | |
| Natural overwintering | |
| natural vs synthetic tartaric acid | |
| Natural wines | |
| Neural Response | |
| Neuroprotection | |
| New Genomic Techniques | |
| New Genomic Techniques (NGTs) | |
| New Quality Productive Forces | |
| New varieties | |
| New variety | |
| Ningxia | |
| Ningxia Helan Mountain's East Foothill | |
| Ningxia red wines | |
| Ningxia wine | |
| Ningxia wine industry | |
| Ningxia wines | |
| nitrogen deoxygenation | |
| nitrogen nutrition | |
| no- and low-alcohol wine | |
| No.Lo. wines | |
| NOLO wine conservation | |
| NoLo wines | |
| non-alcoholic wine technology | |
| non-Saccharomyces | |
| non-Saccharomyces yeast | |
| Non-Saccharomyces yeasts | |
| Non-tariff measures | |
| Norisoprenoids | |
| Northwest China | |
| nuclear magnetic resonance | |
| Nutritional function | |
| O | |
| O2PLS | |
| Oak Barrel | |
| oak chips | |
| Oak-Aged Coffee | |
| Object detection | |
| oblique photography | |
| OEM; | |
| Oenococcus oeni | |
| oenological innovation | |
| oenological strategies | |
| oenology | |
| Off-flavours | |
| OIV | |
| OIV regions | |
| old vineyards | |
| online purchasing | |
| Open innovation | |
| open-field grape cultivation | |
| orange wine | |
| Organic amendments | |
| organic certification | |
| Organic farming | |
| Organic Mulching | |
| Origin | |
| ORP control | |
| OTA | |
| Output of fruits grapes agglomeration | |
| Ovoid stainless-steel vessel | |
| Oxidation | |
| Oxidation reduction potential | |
| oxygen consumption rate | |
| oxygen management | |
| Oxygen Transfer Rate | |
| P | |
| pangenome | |
| parental genotype | |
| Partially dealcoholized wines | |
| Patrimonial grapes | |
| Pattern prediction | |
| PCA | |
| PDO | |
| Pectin methylesterase (PME) | |
| Pectolytic enzyme maceration | |
| Pedro Ximénez | |
| penalty analysis | |
| personal food memory | |
| pesticide traceability | |
| pesticide treatment | |
| Pesticides | |
| Petit Manseng | |
| PFBHA derivatization | |
| pH | |
| Pharmacokinetic | |
| Phenolic composition | |
| Phenolic compounds | |
| Phenolic content | |
| phenolics | |
| Phenology | |
| phenylpropanoid metabolism | |
| Phyllosticta ampelicida | |
| physical control | |
| Physical raisin quality | |
| Physiological indicators | |
| Physiological mechanism | |
| Phytosanitary certification | |
| PhytoTester | |
| Pinot grigio | |
| Pinot Noir | |
| PIWI grape varieties | |
| Plant growth promoting rhizobacteria | |
| plant hormones | |
| Plant nutrition | |
| plastic drying | |
| platform | |
| polyfunctional thiols | |
| polyphenol | |
| Polyphenol compounds | |
| Polyphenolic compounds | |
| Polyphenols | |
| Polyphenol–protein interactions | |
| polysaccharides | |
| Polysulfides | |
| Pomace biochar | |
| Portugal | |
| Post-Growth | |
| potassium polyaspartate | |
| potassium precipitation | |
| Potential aroma index | |
| powdery mildew | |
| PR proteins | |
| practical problems | |
| Pre-fermentative maceration | |
| Precision Viticulture | |
| Prediction | |
| predictive model | |
| preference mapping | |
| Preferences | |
| premium wine market trends | |
| preparative liquid chromatography | |
| Pre‑fermentation skin contact | |
| price elasticity | |
| Proanthocyanidins | |
| Processing Technology | |
| Procyanidins | |
| Producer acceptance | |
| Product optimization | |
| production management mechanization | |
| production scale | |
| Professional knowledge | |
| proficiency testing | |
| Profitability | |
| Prosecco | |
| Proteases | |
| protected designations of origin | |
| protected grape cultivation | |
| Protein extraction | |
| Protein instability | |
| Protein stability | |
| Protein– proanthocyanidins interactions | |
| proteomics | |
| proton nuclear magnetic resonance ¹H-NMR | |
| Public policies | |
| public policy | |
| public-private co-construction | |
| Purification | |
| Purple of the Old Road Crystal | |
| Pyranoanthocyanins | |
| Pyrolysis conditions | |
| Q | |
| Quality | |
| Quality Certification | |
| quality signals | |
| quantitative NMR | |
| Quantitative trait locus (QTL) | |
| quitosano | |
| R | |
| rainfed viticulture | |
| Raschel nets | |
| Rating Precision | |
| Reclaimed vineyards | |
| record linkage | |
| Recovery | |
| red wine | |
| Redox control | |
| reduced alcohol | |
| Reduced bunch compactness | |
| Reduced-alcohol wines | |
| Reductive handling | |
| Refractive index | |
| Regenerative viticulture | |
| regional differences | |
| Regional economic distinction | |
| Regional heterogeneity | |
| Regional innovation systems | |
| regional wine economy | |
| regulation | |
| Regulatory frameworks | |
| Relational analysis | |
| relict vineyards | |
| resilience | |
| Resilient Legal Model | |
| Resilient viticulture | |
| resistance | |
| Resistant to major pest | |
| resistant varieties | |
| Retail Concentration | |
| retail pricing | |
| Reverse osmosis | |
| Reverse osmosis concentrate | |
| Rhizosphere soil | |
| Rhizospheric bacteria | |
| ripening | |
| Risk Management | |
| Robust varietals / Piwi | |
| Root architecture | |
| Root growth | |
| Root traits | |
| Root-zone targeted irrigation | |
| Rootstock | |
| Rotundone | |
| Rural development | |
| rural knowledge | |
| S | |
| S.cerevisiae | |
| S02 reduction | |
| Saccharomyces cerevisiae | |
| Salinity stress | |
| salt content | |
| Salt stress | |
| Salt tolerance | |
| scientific research | |
| seedless grape | |
| Seedless table grape | |
| Semantic segmentation | |
| sensomics | |
| sensory analysis | |
| Sensory diversification | |
| Sensory evaluation | |
| sensory evolution | |
| sensory modulation | |
| sensory preference | |
| sensory profile | |
| Sensory properties | |
| Sensory quality | |
| service-providing crops | |
| Serving temperature | |
| Shangri-La in Southwest China | |
| Shared Brands | |
| shoot growth | |
| site differentiation | |
| Skills governance | |
| Skin contact | |
| skin maceration | |
| smoke | |
| Social media | |
| Social sustainability | |
| Socio-Technical Innovation | |
| Sociology of Taste | |
| Sociotechnical arrangements | |
| Sodium adsorption ratio | |
| sodium carboxymethylcellulose | |
| Sodium silicate | |
| soft power | |
| Soil | |
| Soil burial for winter protection | |
| Soil carbon sequestration | |
| Soil enzyme activity | |
| soil fertility | |
| Soil Health | |
| Soil metabolites | |
| Soil Microbial diversity | |
| Soil microorganisms | |
| soil moisture content | |
| Soil nutrients | |
| Soil physicochemical properties | |
| Soil properties | |
| soil respiration | |
| Soil salinization | |
| Soil-to-bottle | |
| Soil–plant interactions | |
| Sommeliers | |
| Sound velocity | |
| Sparkling base wine | |
| sparkling wine | |
| spinning cone column | |
| Spirulina (Arthrospira platensis) | |
| SPME-GC–MS | |
| Spoilage microorganisms | |
| Spontaneous fermentation | |
| stable isotopes | |
| Standardization | |
| State monopolies | |
| stomatal immunity | |
| Storydoing | |
| Storytelling | |
| Strategic approach | |
| Strategic capabilities | |
| Strategic Conviction | |
| Strategic positioning | |
| Strategy | |
| stress | |
| stress resistance genes | |
| Stress Tolerance | |
| sub-region | |
| Subcritical water extraction | |
| Subtropical terroir | |
| Sugar | |
| sugar accumulation | |
| sugars | |
| sulfite reduction | |
| sulfur dioxide | |
| Sulfur dioxide reduction | |
| sun-drying | |
| sunburn | |
| Supercritical fluids | |
| Supply chain management | |
| supply Chain Optimization | |
| Surface characteristics | |
| survival rate | |
| susceptibility | |
| Sustainability | |
| Sustainability assessment | |
| sustainability certifications | |
| sustainability engagement | |
| Sustainability Governance | |
| Sustainability maturity | |
| Sustainability transitions | |
| sustainable development | |
| sustainable enology | |
| Sustainable fining agents | |
| Sustainable Innovation | |
| Sustainable practices | |
| Sustainable rural development | |
| Sustainable Vineyards | |
| Sustainable viticulture | |
| sustainable viticulture practice | |
| Sustainable wine tourism | |
| sustainable winemaking | |
| sweet aroma | |
| sweet wine | |
| Swiss Viticulture | |
| symbolic capital | |
| symbolic value | |
| synthetic community | |
| System of Controlled Appellation of Origin; | |
| System resilience | |
| T | |
| Table grape | |
| taint markers | |
| TAM | |
| Tannat | |
| Tannin | |
| Tannins | |
| tartaric acid | |
| tartaric instability | |
| Tartaric stability | |
| taste | |
| TCCM | |
| TDR | |
| Technical Efficiency | |
| Technological and scientific intervention | |
| Technological ripening | |
| Technology adoption | |
| Telti Kuruk | |
| territorial | |
| Territorial Branding | |
| Territorial differentiation | |
| territorial governance | |
| Territorial intelligence | |
| Territorial resilience | |
| territory and identity | |
| Terroir | |
| Terroir classification | |
| terroir expression | |
| thermal-radiative stress | |
| thermogenesis | |
| Thiol formation | |
| Thiols | |
| Three-tier system | |
| Tissue culture | |
| Tissue viability | |
| total acidity | |
| traceability | |
| Traceabilty | |
| Trans-2 hexenal | |
| Transcriptome | |
| transcriptome analysis | |
| transpiration | |
| Treated wastewater irrigation | |
| trends | |
| Tropical & subtropical viticulture | |
| U | |
| U-Net | |
| UAV | |
| Ukraine | |
| Ukrainian varietie | |
| ultra-high-pressure homogenization (UHPH) | |
| Ultrasound-assisted extraction | |
| Uruguay | |
| uva | |
| V | |
| vacuum distillation | |
| Value Capture | |
| Value Creation | |
| Value empowerment system | |
| Value formation | |
| Variedades locales | |
| Vegetal aroma | |
| Vegetal fiber | |
| Village-level terroir | |
| Vine branch biochar | |
| Vineyard | |
| Vineyard intervations | |
| vineyard management | |
| Vineyard management decisions | |
| Vineyard surface | |
| Vineyards | |
| Vinification practices | |
| vino | |
| Virus detection | |
| VIS-NIR/SWIR | |
| Viticultural heritage | |
| viticultural typicity | |
| Viticultural zoning | |
| viticulture | |
| Viticulture Ecosystem Model | |
| Viticulture sustainability | |
| Vitis | |
| Vitis amurensis Rupr | |
| Vitis vinifera | |
| Vitis vinifera L | |
| vitivinicultural sustainability | |
| Vitiviniculture | |
| VOCs | |
| Volatile aroma | |
| volatile aroma compounds | |
| volatile compounds | |
| Volatile flavor compounds | |
| Volatile organic compound | |
| Volatile organic compounds | |
| Volatile organic compounds (VOCs) | |
| volatiles | |
| volatilome modulation | |
| VvMYB1 | |
| Vvolatile compounds | |
| W | |
| warm-aride climate winemaking | |
| water index | |
| Water migration | |
| Water reuse | |
| water utilization sources | |
| Water-saving irrigation | |
| water-use efficiency | |
| WGCNA | |
| white wine | |
| White wine stabilization | |
| White_wine_fermentation | |
| Wild grapevine | |
| Wine | |
| Wine acidification | |
| Wine Aging | |
| wine analysis | |
| Wine and allergy | |
| wine and cultural continuity | |
| Wine and food intolerances | |
| Wine and food pairing | |
| Wine aroma | |
| wine aroma compounds | |
| wine aroma modulation | |
| Wine astringency | |
| wine business models | |
| Wine by-product upcycling | |
| Wine classification | |
| wine color | |
| Wine Communication | |
| Wine Competitions | |
| Wine consumer behaviour | |
| Wine consumption | |
| Wine consumption in at risk consumers | |
| wine cooperatives | |
| Wine culture | |
| wine demand | |
| Wine destinations | |
| Wine diplomacy | |
| wine economics | |
| Wine ecosystems | |
| wine entity matching | |
| Wine Experience | |
| Wine fermentation | |
| Wine fining | |
| Wine flavor | |
| Wine Grape Cultivars | |
| wine grapes | |
| Wine health preservation | |
| wine identification | |
| Wine Industry | |
| Wine industry adoption | |
| wine industry competitiveness | |
| wine industry sustainability | |
| Wine innovation | |
| Wine integrity preservation | |
| wine law | |
| Wine lexicon | |
| Wine market | |
| wine market accessibility | |
| Wine markets | |
| wine packaging | |
| Wine polysaccharides | |
| Wine production systems | |
| wine quality | |
| Wine quality assesment | |
| Wine rapid analysis | |
| wine ratings | |
| Wine regions | |
| Wine sector | |
| wine sector resilience | |
| Wine sensory profile | |
| Wine Supplier | |
| wine sustainability | |
| wine taint | |
| wine thermal and membrane technologies | |
| wine tourism | |
| Wine trade operators | |
| Wine trade regulations | |
| wine transportation | |
| Wine value chain | |
| wine-region zoning | |
| Winegrape production | |
| Winegrowers’ priorities | |
| winemaking process | |
| Wineries | |
| winery ratings | |
| winery sorting line | |
| Winter desiccation resistance | |
| Winter freezing injury | |
| Winter viticulture | |
| winterhardiness | |
| Y | |
| yeast breeding | |
| yeast metabolism | |
| yeast selection | |
| Yeast_autolysis | |
| Yield | |
| yield estimation | |
| YOLOv5s model | |
| YOLOv8 | |
| Young adults | |
| Yuniang Ziyu | |
| Z | |
| zone | |
| δ | |
| δ2H/ δ18O isotopes | |
| В | |
| Виноградарство Синьцзяна | |
| П | |
| Пространственная концентрация | |
| Пространственная модель Дурбина | |
| Пространственное размещение производства | |
| Ф | |
| Факторы влияния | |
| ‘ | |
| ‘Beiguohong’ grape | |
| • | |
| • Climate Change | |
| • Cross-border Trade | |
| • Dealcoholized Products | |
| • Environmental Sustainability | |
| • Free Movement | |
| • Global Wine Market | |
| • Integrated Governance | |
| • International Competitiveness | |
| • Low-alcohol Products | |
| • Regulatory Adaptation | |
| • Regulatory Convergence | |
| • Regulatory Resilience | |
| • Sustainability | |
| • Tradition and Innovation | |
| • Viticulture | |
| • Wine Law | |
| • Wine Supply Chain | |
| 价 | |
| 价格争议; | |
| 全 | |
| 全球价值链; | |
| 可 | |
| 可持续发展 | |
| 土 | |
| 土地续租; | |
| 惩 | |
| 惩罚性赔偿; | |
| 有 | |
| 有机覆盖 | |
| 果 | |
| 果实品质 | |
| 民 | |
| 民法典第10条; | |
| 法 | |
| 法人人格否认; | |
| 法社会学 | |
| 法经济学; | |
| 知 | |
| 知识产权; | |
| 葡 | |
| 葡萄园 | |
| 葡萄园; | |
| 行 | |
| 行业惯例; | |
| 表 | |
| 表皮微生物 | |
| 要 | |
| 要素市场化配置; | |